• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    This application discloses an e-evidence escrow system, which includes: an e-evidence platform and a blockchain digital evidence escrow platform that provides e-evidence escrow services to the Electronic Evidence Platform; the e-evidence platform including an evidence recording software development toolkit. This solves the problem that since the existing e-evidence escrow institutions are centralized institutions, the issues of the escrow institution have significant impacts on the e-evidence escrow; and the problem that most existing e-evidence escrow institutions lack credibility and the security of escrowed e-evidence cannot be ensured. Figure for the abstract: Fig. 1
    公开号:FR3112627A1
    申请号:FR2107790
    申请日:2021-07-20
    公开日:2022-01-21
    发明作者:Jie Bai
    申请人:Jiangsu Aowei Holding Co Ltd；
    IPC主号:
    专利说明:

    [0001] This application claims priority from a Chinese patent application filed with the China Patent Office on 07/20/2020 under evidence registration number 202010700365.0 and title "Electronic Evidence Escrow System", the entire content of which is incorporated into this application by way of reference.
    [0002] With the spread of Internet applications represented by e-commerce, a large volume of online transaction business data and signed electronic contract data occur, both transaction parties and contract-related parties and platforms need to record electronic evidence, and related technologies must be used to guarantee the objectivity, integrity and authenticity of electronic evidence and to avoid any alteration, deletion or falsification. Hence, electronic evidence escrow came into existence.
    [0003] However, since existing e-evidence escrow institutions are centralized institutions, escrow institution issues have significant impacts on e-evidence escrow; In addition, most of the existing e-evidence escrow institutions lack credibility and the security of escrowed e-evidence cannot be assured.
    [0004] DISCLOSURE OF INVENTION
    [0005] The present application provides an electronic evidence escrow system, to solve the problem that since the existing electronic evidence escrow institutions are centralized institutions, the problems of the escrow institution have significant impacts on the escrowed electronic evidence; and the problem that most existing e-evidence escrow institutions lack credibility and the security of escrowed e-evidence cannot be ensured.
    [0006] In one aspect, an e-evidence escrow system includes: an e-evidence platform and a blockchain digital evidence escrow platform that provides e-evidence escrow services to the platform - form of electronic evidence; the e-evidence platform including an evidence recording software development toolkit; in which, the electronic evidence platform is configured to perform: Invoke Toolkit step: Invoke the Evidence Record Software Development Toolkit to generate evidence record data for electronic evidence; the Evidence Recording Software Development Toolkit is configured to perform: step of generating an abstract: performing a hashing operation on the electronic evidence to generate a digital abstract; signing step: signing electronically on the digital abstract with a private key to obtain a proof signature; step of generating a timestamp: generating a timestamp; the electronic evidence platform is configured to perform: evidence escrow step: send electronic evidence, digital abstract, evidence signature and timestamp to blockchain digital evidence escrow platform; the blockchain digital evidence platform is configured to perform: store to blockchain step: store electronic evidence, digital abstract, evidence signature and timestamp to blockchain; step of generating an escrow transaction: registering the process of storing electronic evidence, digital abstract, evidence signature and timestamp on the blockchain as an electronic evidence escrow transaction.
    [0007] In another aspect, an e-evidence escrow system includes: an e-evidence platform and a blockchain digital evidence escrow platform that provides e-evidence escrow services to the electronic evidence platform; blockchain digital evidence recording platform including evidence recording software development toolkit; in which, the electronic evidence platform is configured to perform: evidence escrow step: send electronic evidence to blockchain digital evidence record platform; the blockchain digital evidence platform is configured to perform: step of calling the toolkit: calling the evidence record software development toolkit; the Evidence Recording Software Development Toolkit is configured to perform: step of generating an abstract: performing a hashing operation on the received electronic evidence to generate a digital abstract; signing step: signing electronically on the digital abstract with a private key to obtain a proof signature; step of generating a timestamp: generating a timestamp; the blockchain digital evidence platform is further configured to perform: store to blockchain step: store electronic evidence, digital abstract, evidence signature and timestamp to blockchain; step of generating an escrow transaction: registering the process of storing electronic evidence, digital abstract, evidence signature and timestamp on the blockchain as an electronic evidence escrow transaction.
    [0008] According to the above technical solution, this application provides an electronic evidence escrow system, which includes: an electronic evidence platform and a blockchain digital evidence record platform that provides e-evidence escrow services at the e-evidence platform; the e-evidence platform including an evidence recording software development toolkit. The e-evidence escrow system provided by this application combines the e-evidence platform with blockchain to escrow e-evidence through features of blockchain, such as decentralization, anti-tampering , trace throughout the process, traceability, collective maintenance, openness and transparency, thus ensuring the credibility and confidentiality of electronic evidence in escrow. By calling the evidence recording software development toolkit, the security and privacy of escrowed electronic evidence can be further enhanced through operations on electronic evidence, such as hash operation, electronic signature and the timestamp. At the same time of e-evidence escrow for e-evidence processed on blockchain digital evidence record platform, e-evidence will be stored as data blocks to professional sub-chain, from Moreover, a transaction record of the escrow process will be simultaneously generated and stored at the professional subchain, which can strengthen the anti-tampering and anti-tampering performance of electronic evidence escrow.
    [0009] DESCRIPTION OF FIGURES
    [0010] The technical solution of the present application will appear more clearly during the detailed description of the appended figures in the exemplary embodiments, and it is obvious that the variants of the figures can be obtained by those skilled in the art without creative work.
    [0011] is a topological view of the first electronic evidence escrow system provided by an exemplary embodiment of the present application;
    [0012] is a flowchart of the data processing by the electronic evidence escrow system of the ;
    [0013] is a topological view of the second electronic evidence escrow system provided by an exemplary embodiment of the present application;
    [0014] is a flowchart of the data processing by the electronic evidence escrow system of the ; and
    [0015] is a topological view of the third electronic evidence escrow system provided by an exemplary embodiment of the present application. DETAILED DESCRIPTION OF EMBODIMENT
    [0016] The technical solutions in the exemplary embodiments of the present application will be described clearly and in detail by the following description with reference to the figures, in which said exemplary embodiments are only part of exemplary embodiments instead of all examples. of achievement. Other embodiments based on the embodiments of this application and obtained by those skilled in the art without creative labor shall be included within the scope of the protection of this application.
    [0017] The is a topological view of the first electronic evidence escrow system provided by an exemplary embodiment of the present application. As shown the , the electronic evidence escrow system provided by the present example embodiment includes: an electronic evidence platform 1, a blockchain digital evidence record platform 2 which provides escrow services e-evidence to e-evidence platform 1, and a professional sub-chain 3 that provides fixed-evidence record services for e-evidence escrowed by e-evidence e-evidence record platform blocks 2, the professional sub-chain 3 possibly comprising a plurality of service nodes 31; the electronic evidence platform 1 can locally integrate an evidence recording software development toolkit (SDK) 4, the evidence recording software development toolkit 4 is used to perform the corresponding processing on electronic evidence, and the corresponding processing may be encryption or a series of operations to improve the security of electronic evidence and reduce the risk of alteration or falsification. Electronic evidence is in various forms and includes different content, for example it may be electronic invoices, electronic insurance policies or electronic contracts, which are not specifically limited by this application. For example electronic contract, basic information of electronic contract evidence registration data can be shown in Table 1, which is a comparison table of basic information of electronic contract evidence registration data. name Field content Postscript contentUser registration information user ID User ID, User IPPersonal identity information Surname and first name, identification number, mobile phone number and bank card number User ID, User IP and ID card numberReal name social information Company name and business organization code User ID, User IP and Business Organization CodeDigital certificate issuance information CA certificate file User ID, User IP and CA certificate file name CA institutionSign evidence recording intent information Cell phone number and SMS text User ID, User IP, Contract Number and Signatories (one party, other party)Contract signature information contract file Contract Number, Contract Name, Party User ID, Other Party User IDSystem log information Log file File name, log creation date (YYYY-MM-DD format)
    [0018] It should be noted that, the electronic evidence platform 1 described in the present application can be a blockchain application platform, or an external platform capable of establishing a communication connection with the blockchain. Blockchain 2's digital evidence record platform and professional subchain 3 can each be a public chain, private chain, subchain, or alliance chain communicatively connected to a certain blockchain or multi-blockchain, in which, the electronic evidence platform 1 can be a functional subchain or an alliance chain, the digital evidence record platform of the chain of blocks 2 can be functional subchain or alliance chain, e-evidence platform 1 can also be common IoT platform, professional subchain 3 can be public chain, subchain functional or alliance chain; for example, professional substring 3 may be a credible institution such as a justice institution, law firm, and court, which will not be specifically limited by this request.
    [0019] In particular, the is a flowchart of the data processing by the electronic evidence escrow system of the . By combining the and the , the electronic evidence platform 1 is configured to perform: Invoke the Software Development Toolkit step: Invoke the Evidence Record Software Development Toolkit to generate evidence record data for electronic evidence. To call the evidence recording software development toolkit 4, one can input the electronic evidence as input data for the operation of the evidence recording software development toolkit 4 and finally output the data from record of evidence.
    [0020] The Evidence Record Software Development Toolkit 4 is configured to perform: step of generating an abstract: performing a hashing operation on the electronic evidence to generate a digital abstract; signing step: signing electronically on the digital abstract with a private key to obtain a proof signature; step to generate a timestamp: generate a timestamp. Time stamping is used to mark the time of evidence record data for electronic evidence.
    [0021] In order to improve the data security of electronic evidence, we can call the evidence recording software development toolkit 4 to convert electronic evidence into digital abstract and evidence signature, and timestamp them; the private key and the public key appear accordingly, after the electronic signature on the digital abstract with a private key, it is convenient to use the public key to restore the evidence signature to call the electronic evidence. The private key here can be an e-evidence platform 1 private key, and the corresponding public key is also an e-evidence platform 1 public key.
    [0022] The electronic evidence platform 1 can be further configured to perform the stage of escrow the evidence: send the electronic evidence, the digital abstract, the evidence signature and the timestamp to the recording platform of blockchain digital evidence. Before performing the step of escrow the evidence, one can additionally perform the step of encrypting: encrypt the electronic evidence, the digital abstract, the evidence signature and the timestamp and send the encrypted data to the platform. form of digital evidence storage of the blockchain, thereby improving data security during data transmission. The encryption manner may be a symmetric key manner, and the electronic evidence user information may be used as an encryption key to encrypt, which shall not be specifically limited by this application.
    [0023] The Blockchain 2 Digital Evidence Vaulting Platform is configured to perform: decrypt step: decrypt the received encrypted data; the decryption being capable of being performed corresponding to the encryption manner; store to blockchain step: store decrypted electronic evidence, digital abstract, evidence signature and timestamp to blockchain; step of generating an escrow transaction: registering the process of storing electronic evidence, digital abstract, evidence signature and timestamp to the blockchain as an escrow transaction of electronic evidence; step of signing the transaction: electronically signing on the escrow transaction of electronic evidence to obtain a signature of the transaction; and step of sending the proofs: send the electronic proofs, the digital abstract, the proof signature, the timestamp and the transaction signature to the service node of the professional sub-chain.
    [0024] When the blockchain 2 digital evidence escrow platform completes the step of storing to the blockchain, the e-evidence escrow can be considered complete. In order to improve the credibility of e-evidence escrow, professional sub-chain 3 can be further introduced for fixed evidence record for escrow e-evidence.
    [0025] Additionally, the Business Subchain 3 Service Node can be configured to perform: step of generating blocks: putting the electronic evidence, the digital abstract, the evidence signature and the timestamp in a packet and generating data blocks; stage of recording secured evidence: recording the data blocks and the electronic evidence escrow transaction.
    [0026] As an escrow assistant, the professional subchain 3 simultaneously stores as blocks of data, the data escrow and stored on the blockchain 2 digital evidence recording platform, in order to secure the escrow and storage on blockchain 2 digital evidence record platform; at the same time, the process of storing electronic evidence on the blockchain 2 digital evidence recording platform will be recorded in a transaction and transaction signing way to the professional sub-chain 3, which helps to assist with the e-evidence escrow service provided by the blockchain 2 digital evidence escrow platform.
    [0027] For blockchain 2 digital evidence recording platform blockchain storage and professional subchain 3 blockchain storage, the storage mode of storing data is originating synchronously or storing only an abstract of the data or compressed data, shall not be specifically limited by this application.
    [0028] The is a topological view of the second electronic evidence escrow system provided by an exemplary embodiment of the present application, and the is a flowchart of the data processing by the electronic evidence escrow system of the . By combining the and the , the electronic evidence escrow system provided by the present example embodiment further comprises a public service substring 00, the public service substring 00 may include the electronic evidence platform 1 and at least one public service node 5, wherein the public service node 5 may be a justice node, a review node or a monitoring node that provides justice, review or electronic evidence monitoring services. Service node 31 may include one or more trusted service nodes 32, as shown in , the number of trusted service nodes 32 and the number of service nodes 31 are only illustrative. Trusted service node 32 provides trust services to other service nodes 31, such as justice, oversight and review services, and may especially be related legal service institutions, such as a law firm. lawyers, a court or an institution of justice, which will not be specifically limited by this application. In particular, the public service node 5 can be configured to perform: sign step: sign the electronic evidence with a private key from the public service subchain to obtain the service signature data. As shown the , there are n public service nodes, where n can be any positive integer, and the corresponding service signature data obtained are: service signature data 1, service signature data 2, ..., signature data service n. The service signature data may be a justice signature as electronic evidence given by a justice institution, or a surveillance signature signed by a surveillance institution. As an example, E represents an electronic proof, the private key of the public service subchain can include the private keys from public service node 1 to public service node n, which are respectively k1, k2, .. ., kn, and the signatures of the electronic evidence corresponding to the public service node 1 to the public service node n are: S k1 (E), S k2 (E), ..., S kn (E).
    [0029] Additionally, the electronic evidence platform 1 is further configured to perform: collective sign step: collectively sign the service signature data to obtain collective signature data. The collective signature may add, multiply or assemble plural service signature data to form collective signature data, and the specified mode of the collective signature shall not be limited by this application. By way of example, G can represent collective signature data, ie G=[S k1 (E),S k2 (E),...,S kn (E)].
    [0030] At the step of generating an abstract, perform a hashing operation on the collective signature data to obtain a digital abstract; At the evidence escrow stage, send collective signature data, digital abstract, evidence signature and timestamp to blockchain digital evidence registration platform.
    [0031] At the stage of storing to the blockchain: storing the collective signature data, the digital abstract, the evidence signature and the timestamp to the blockchain; at the stage of generating an escrow transaction: registering the process of storing the collective signature data, the digital abstract, the evidence signature and the timestamp to the blockchain as an electronic evidence escrow transaction.
    [0032] the is a topological view of the third electronic evidence escrow system provided by an exemplary embodiment of the present application. As shown the , the electronic evidence escrow system provided by this application includes: an electronic evidence platform 1 and a blockchain digital evidence recording platform 2 which connect communicatively, and a professional subchain 3 which is communicatively connected to the blockchain 2 digital evidence recording platform, the professional subchain 3 may include a plurality of service nodes 31 for point-to-point communication ; 2 blockchain digital evidence recording platform includes 4 evidence recording software development toolkit; blockchain digital evidence record platform 2 can provide electronic evidence escrow services to electronic evidence platform 1, and business subchain 3 can provide record services evidence set for electronic evidence escrowed by blockchain digital evidence logging platform 2. Evidence logging software development toolkit 4 can be integrated on evidence platform electronic evidence escrow 1 or blockchain 2 digital evidence escrow platform, or exists as an independent service platform in the electronic evidence escrow system to be called by the platform. e-evidence form 1 or blockchain 2 digital evidence record platform, which shall not be specifically limited by this application.
    [0033] In particular, the electronic evidence platform 1 is configured to perform the step of escrow the evidence: send the electronic evidence to the blockchain digital evidence registration platform. Before performing the step of escrow the evidence, one can additionally perform the step of encrypting: encrypting the electronic evidence and sending the encrypted data to the blockchain's digital evidence recording platform.
    [0034] Blockchain 2 digital evidence recording platform is configured to perform the step of calling the software development toolkit: calling the evidence recording software development toolkit. Before calling the Evidence Recording Software Development Toolkit, one can decrypt the encrypted electronic evidence and input the decrypted electronic evidence as the input data of the Evidence Recording Software Development Toolkit.
    [0035] The Evidence Record Software Development Toolkit 4 is configured to perform: step of generating an abstract: performing a hashing operation on the decrypted electronic evidence to generate a digital abstract; signing step: signing electronically on the digital abstract with a private key to obtain a proof signature; step to generate a timestamp: generate a timestamp. Blockchain 2's digital evidence recording platform can be further configured to perform: store to blockchain step: store electronic evidence, digital abstract, evidence signature and timestamp to blockchain; step of generating an escrow transaction: registering the process of storing electronic evidence, digital abstract, evidence signature and timestamp to the blockchain as an escrow transaction of electronic evidence; step of signing the transaction: electronically signing on the escrow transaction of electronic evidence to obtain a signature of the transaction; and step of sending the proofs: send the electronic proofs, the digital abstract, the proof signature, the timestamp and the transaction signature to the service node of the professional sub-chain.
    [0036] Service node 31 of business subchain 3 can be configured to perform: step of generating blocks: putting the electronic evidence, the digital abstract, the evidence signature and the timestamp in a packet and generating data blocks; stage of recording secured evidence: recording the data blocks and the electronic evidence escrow transaction.
    [0037] It should be noted that, the electronic evidence platform 1 can include multiple users and generate multiple electronic data. The number of the electronic evidence platform 1 which is communicatively connected with the blockchain digital evidence recording platform 2 can be multiple; and the blockchain 2 digital evidence recording platform may include multiple nodes capable of point-to-point communication, which will not be specifically limited by this application.
    [0038] The e-evidence escrow system provided by this application combines the e-evidence platform with blockchain to escrow e-evidence through features of blockchain, such as decentralization, anti-tampering , trace throughout the process, traceability, collective maintenance, openness and transparency, thus ensuring the credibility and confidentiality of electronic evidence in escrow. By calling the evidence recording software development toolkit, the security and privacy of escrowed electronic evidence can be further enhanced through operations on electronic evidence, such as hash operation, electronic signature and the timestamp. At the same time of the electronic evidence escrow processed on blockchain digital evidence record platform, the electronic evidence will be stored as data blocks to the professional subchain, moreover, and a Escrow process transaction record will be simultaneously generated and stored at the professional subchain, which can further strengthen the anti-tampering and anti-tampering performance of electronic evidence escrow.
    权利要求:
    Claims (10)
    [0001]
    An e-evidence escrow system characterized by comprising: an e-evidence platform and a blockchain digital evidence escrow platform that provides e-evidence escrow services to the electronic evidence platform; the e-evidence platform including an evidence recording software development toolkit; in which, the electronic evidence platform is configured to perform: Invoke Toolkit step: Invoke the Evidence Record Software Development Toolkit to generate evidence record data for electronic evidence; the Evidence Recording Software Development Toolkit is configured to perform: step of generating an abstract: performing a hashing operation on the electronic evidence to generate a digital abstract; signing step: signing electronically on the digital abstract with a private key to obtain a proof signature; step of generating a timestamp: generating a timestamp; the electronic evidence platform is configured to perform: evidence escrow step: send electronic evidence, digital abstract, evidence signature and timestamp to blockchain digital evidence escrow platform; the blockchain digital evidence platform is configured to perform: store to blockchain step: store electronic evidence, digital abstract, evidence signature and timestamp to blockchain; step of generating an escrow transaction: registering the process of storing electronic evidence, digital abstract, evidence signature and timestamp on the blockchain as an electronic evidence escrow transaction.
    [0002]
    An electronic evidence escrow system according to claim 1, characterized in that it further comprises a business substring, the business substring being used to provide fixed evidence registration services for the electronic evidence escrowed by the blockchain digital evidence recording platform, and the professional subchain including a plurality of storage service nodes, and, the blockchain digital evidence platform is further configured to perform: step of sending the evidence: sending the electronic evidence, the digital abstract, the evidence signature, the timestamp and the electronic evidence escrow transaction to the service node of the professional sub-chain; the service node is configured to perform: step of generating blocks: putting the electronic evidence, the digital abstract, the evidence signature and the timestamp received in a packet and generating data blocks; stage of recording secured evidence: recording the data blocks and the electronic evidence escrow transaction.
    [0003]
    Electronic evidence escrow system according to claim 2, characterized in that, at the stage of escrow the evidence: encrypting the electronic evidence, the digital abstract, the evidence signature and the timestamp and sending an encrypted text thus obtained at blockchain digital evidence recording platform; the blockchain digital evidence platform is further configured to perform: decrypt step: decrypt the received encrypted text.
    [0004]
    An electronic evidence escrow system according to claim 2, characterized in that, at the stage of sending evidence, electronically signing the electronic evidence escrow transaction; and sending the signed e-evidence escrow transaction to the business subchain service node.
    [0005]
    An electronic evidence escrow system according to claim 2, 3 or 4, characterized in that it further comprises a public service subchain, the public service subchain comprising the electronic evidence platform and at least one public service node; the public service node is configured to perform: service signing step: signing electronic evidence with a private key from the public service subchain to obtain service signing data; the electronic evidence platform is further configured to perform: collective signing step: collectively signing the services signing data to obtain collective signing data; in the step of generating an abstract, performing a hashing operation on the collective signature data to obtain a digital abstract; at the evidence escrow stage: send collective signature data, digital abstract, evidence signature and timestamp to blockchain digital evidence escrow platform.
    [0006]
    Electronic evidence escrow system according to claim 5, characterized in that the service node comprises at least one trusted service node.
    [0007]
    An e-evidence escrow system characterized by comprising: an e-evidence platform and a blockchain digital evidence escrow platform that provides e-evidence escrow services to the electronic evidence platform; blockchain digital evidence recording platform including evidence recording software development toolkit; in which, the electronic evidence platform is configured to perform: evidence escrow step: send electronic evidence to blockchain digital evidence record platform; the blockchain digital evidence platform is configured to perform: step of calling the toolkit: calling the evidence record software development toolkit; the Evidence Recording Software Development Toolkit is configured to perform: step of generating an abstract: performing a hashing operation on the received electronic evidence to generate a digital abstract; signing step: signing electronically on the digital abstract with a private key to obtain a proof signature; step of generating a timestamp: generating a timestamp; the blockchain digital evidence platform is further configured to perform: store to blockchain step: store electronic evidence, digital abstract, evidence signature and timestamp to blockchain; step of generating an escrow transaction: registering the process of storing electronic evidence, digital abstract, evidence signature and timestamp on the blockchain as an electronic evidence escrow transaction.
    [0008]
    Electronic evidence escrow system according to claim 7, characterized in that it further comprises a professional subchain for providing fixed evidence registration services for the electronic evidence escrowed by the electronic evidence registration platform. digital proofs of the blockchain, the business subchain including a plurality of service nodes, and, the blockchain digital evidence platform is further configured to perform: step of sending the evidence: sending the electronic evidence, the digital abstract, the evidence signature, the timestamp and the electronic evidence escrow transaction to the service node of the professional sub-chain; the service node is configured to perform: step of generating blocks: putting the electronic evidence, the digital abstract, the evidence signature and the timestamp received in a packet and generating data blocks; stage of recording secured evidence: storing the data blocks and electronic evidence escrow transaction.
    [0009]
    Electronic evidence escrow system according to claim 7, characterized in that, at the stage of escrow the evidence: encrypting the electronic evidence, the digital abstract, the evidence signature and the timestamp and sending an encrypted text thus obtained at blockchain digital evidence recording platform; the blockchain digital evidence platform is further configured to perform: decrypt step: decrypt the received encrypted text.
    [0010]
    An electronic evidence escrow system according to claim 7, characterized in that, at the stage of sending the evidence, electronically signing the electronic evidence escrow transaction; and sending the signed e-evidence escrow transaction to the business subchain service node.
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    法律状态:
    优先权:
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